Bfcm Special 49135 Large Handled Thermocouple Needle Probe Instant 50% Discount [5YQyvmzF]

High-Durability Thermocouple Needle Probe

Introducing the Bfcm Special 49135 Large Handled Thermocouple Needle Probe Instant 50% Discount [5YQyvmzF], a rugged and reliable tool designed for precision temperature measurement in various industrial applications. This probe stands out for its robust construction and versatile design, making it an essential addition to your temperature measurement toolkit.

Key Features and Specifications:

• 1/8" Diameter Needle: The 1/8" diameter needle is ideal for insertion or immersion applications, providing accurate and consistent temperature readings.
• Cooper-Atkins Model 49135-K: This probe is part of the Cooper-Atkins line, known for its high-quality materials and reliable performance.

• Temperature Range: The probe offers a wide temperature range of -40 °F to 400 °F (-40 °C to 205 °C), making it suitable for a variety of applications.
• Max Tip Temperature: With a maximum tip temperature of 400 °F (205 °C), this probe can handle extreme conditions with ease.

The 4" shaft length provides ample reach for your temperature measurement needs, while the 36" cable length ensures flexibility and convenience. Its FEP outer jacket cable material is durable and resistant to chemicals, further enhancing the probe's lifespan.

Practical Uses and Benefits:

• Enhanced Durability: The large Phenolic handle and rugged construction ensure that this probe can withstand harsh environments and frequent use.
• Compatibility: The 49135 probe is compatible with most thermocouple thermometers, making it a versatile tool for various applications.

The probe's 4-second response time in liquid environments ensures quick and accurate readings, while the 1-year probe warranty provides peace of mind. Whether you're working in food processing, manufacturing, or research and development, the Bfcm Special 49135 Large Handled Thermocouple Needle Probe Instant 50% Discount [5YQyvmzF] is the ideal choice for your temperature measurement needs.